The Structure and Complexity of Nash Equilibria for a Selfish Routing Game
Copyright policy )The Structure and Complexity of Nash Equilibria for a Selfish Routing Game
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Latency costs, Applications of graph theory, selfish routing, Nash equilibria, Nash equilibrium, Theoretical Computer Science, Pure Nash equilibrium, Parallel links, Hardness, cost, Social cost, Hardness result, NP-hardness, Deterministic network models in operations research, Wireless telecommunication systems, Algorithmic problems, Games involving graphs, Game theory, Automata theory, Network congestions, Efficient algorithm, nash equilibrium, anarchy, model, Systematic study, Telecommunication networks, existence, algorithmic game theory, price, Costs, Computational complexity, Probability distributions, Mixed strategy, P-completeness, Algorithmic game theory, Combinatorial structures, Selfish routing, Random choice, Congestion control (communication), Algorithms, worst-case equilibria, Computer Science(all)
Latency costs, Applications of graph theory, selfish routing, Nash equilibria, Nash equilibrium, Theoretical Computer Science, Pure Nash equilibrium, Parallel links, Hardness, cost, Social cost, Hardness result, NP-hardness, Deterministic network models in operations research, Wireless telecommunication systems, Algorithmic problems, Games involving graphs, Game theory, Automata theory, Network congestions, Efficient algorithm, nash equilibrium, anarchy, model, Systematic study, Telecommunication networks, existence, algorithmic game theory, price, Costs, Computational complexity, Probability distributions, Mixed strategy, P-completeness, Algorithmic game theory, Combinatorial structures, Selfish routing, Random choice, Congestion control (communication), Algorithms, worst-case equilibria, Computer Science(all)
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